OMNIVISION OX08D30 Sensor Adds 200-Meter ADAS Detection

OMNIVISION Introduces OX08D30 Automotive Image Sensor

On September 21, OMNIVISION announced the OX08D30, an 8-megapixel CMOS automotive image sensor developed with TheiaCel technology for advanced driver assistance systems (ADAS) and autonomous driving exterior cameras. The sensor is designed to improve image quality across different lighting conditions while addressing LED flicker and other image artifacts. Its extended single-exposure dynamic range supports clearer image capture, while improved high dynamic range (HDR) performance enables detection ranges of up to 200 meters. The OX08D30 also maintains pin-to-pin compatibility with the OX08D10, a sensor widely used in ADAS platforms.

OX08D30 Targets Image Quality and Lower Power Use

The OX08D30 combines several hardware improvements intended to support exterior automotive camera applications. Its extended single-exposure dynamic range helps reduce visual artifacts associated with LED lighting, while its improved HDR capabilities are designed to maintain image quality under varying illumination. Compared with other image sensors in its class, the device uses 20% less power and has a 50% smaller footprint. These characteristics can support camera designs where power consumption, physical size, and consistent imaging performance are important considerations for ADAS and autonomous driving systems.

Pin Compatibility Supports Existing ADAS Platforms

Compatibility with the OX08D10 is another key feature of the new sensor. The OX08D30 is pin-to-pin compatible with the earlier device, which OMNIVISION says is widely used in ADAS platforms. This design characteristic can help existing camera architectures transition to the newer sensor without requiring a fundamentally different pin configuration. Combined with the OX08D30’s lower power consumption, smaller size, improved HDR image quality, and detection range of up to 200 meters, the compatibility is positioned to support continued development of exterior camera systems for driver assistance and autonomous driving applications.

OAX7700 Adds Always-On AI Processing

Alongside the image sensor, OMNIVISION announced the OAX7700 ultralow-power ASIC, an always-on AI processor designed to upgrade existing exterior camera systems into low-power, AI-based parking surveillance systems. The processor can be used with applications such as surround-view camera systems and is intended to continuously monitor a vehicle’s surroundings while consuming very little power. Its architecture is designed to add AI processing capabilities to exterior camera systems, allowing existing camera hardware to support additional surveillance functions without requiring a high-power processing approach.

OAX7700 Supports Detection and Distance Measurement

The OAX7700 comes in a 5.5 mm by 3.5 mm package and incorporates a neural processing unit (NPU) for AI functions. Supported capabilities include human presence detection, person detection, object detection, and distance measurement. In always-on operation, the camera can continuously analyze footage from the vehicle’s surroundings and distinguish relevant activity from environmental movement. The system is designed to reduce false alarms associated with conditions such as wind, birds, trees, or debris. This combination of low-power operation and onboard AI processing is intended to make continuous exterior monitoring more practical for parking surveillance applications.

OAX7700 Mass Production Planned for 2027

Mass production of the OAX7700 is scheduled for the first quarter of 2027. The planned production timing places the ASIC on a later commercialization schedule than the September 21 announcement, giving automotive system developers a defined timeframe for evaluating its always-on AI capabilities. Its intended role is to extend existing exterior camera systems with functions including human presence, person and object detection, and distance measurement. The low-power design is particularly relevant to applications that require continuous monitoring while limiting energy consumption during periods when the vehicle is parked.

AutoSens Europe Showcase Planned in Barcelona

OMNIVISION will showcase both the OX08D30 image sensor and OAX7700 ASIC at AutoSens Europe in Barcelona, Spain. The event provides an opportunity to demonstrate the two devices in the context of automotive sensing and AI-enabled camera applications. The OX08D30 is focused on imaging for ADAS and autonomous driving exterior cameras, while the OAX7700 is designed to add ultralow-power AI processing and always-on surveillance capabilities to existing camera systems. Together, the products address imaging performance and edge AI processing across different exterior automotive camera use cases.

Industry Impact & Outlook

The two announcements highlight continued development of automotive exterior camera systems around higher image quality, lower power consumption, compact hardware, and localized AI processing. The OX08D30’s compatibility with the OX08D10 could support adoption within existing ADAS camera architectures, while its 200-meter detection capability and improved HDR performance address demanding sensing requirements. The OAX7700 extends the application range toward always-on parking surveillance with onboard AI functions and planned mass production in the first quarter of 2027. The developments could therefore affect automakers and camera-system developers evaluating ways to add sensing and AI capabilities without substantially increasing power or hardware requirements.

Frequently Asked Questions

What are the OX08D30 and OAX7700 designed to do?
The OX08D30 is an 8-megapixel automotive image sensor for ADAS and autonomous driving exterior cameras, while the OAX7700 is an ultralow-power ASIC for always-on AI processing. The OX08D30 offers improved HDR image quality, reduced LED flicker artifacts, up to 200 meters of detection range, 20% lower power consumption, and a 50% smaller size than other sensors in its class. The OAX7700 adds functions including human presence, person and object detection, and distance measurement to exterior camera systems, with mass production scheduled for the first quarter of 2027.